--- title: "How to Export Site Analysis Data to AutoCAD and Revit" description: "A guide to moving site-analysis data into AutoCAD, Revit, and related design tools without breaking geometry, scale, or coordinate logic." canonical: https://atlasly.app/blog/export-site-analysis-data-to-autocad-and-revit published: 2026-03-28 modified: 2026-03-28 primary_keyword: "export site analysis data to AutoCAD and Revit" target_query: "how to export site analysis data to AutoCAD and Revit" intent: informational --- # How to Export Site Analysis Data to AutoCAD and Revit > A guide to moving site-analysis data into AutoCAD, Revit, and related design tools without breaking geometry, scale, or coordinate logic. ## Quick Answer To move site analysis into AutoCAD and Revit without cleanup, the export needs the right coordinate reference system, sensible units, clean geometry, and clear layer structure. If the file arrives with the wrong origin, mixed linework, or broken topology, the design team will rebuild the site by hand and the value of the analysis stage disappears. ## Introduction This is where most site-analysis tools quietly fail. They produce a decent map, maybe even a good report, and then hand the architect an export that lands kilometres from origin, collapses all features onto one layer, or arrives as geometry too messy to trust. The marketing promise says "seamless". The project architect says "I'll just redraw it". If Atlasly is going to win a hard commercial argument, it will win it here. ## Why do most site exports break when they reach CAD or BIM? Three reasons: - wrong coordinates or CRS assumptions - poor layer discipline - geometry that was never prepared for downstream design use A site may be exported in British National Grid, WGS84, or a local projected system. If the receiving workflow expects metres and the file arrives with the wrong transform or inconsistent unit logic, the whole model becomes unreliable before design even starts. ## Which coordinate and layer settings actually matter? For architects, the important question is not "what EPSG code is this?" in the abstract. It is "will the site arrive where I expect it to and in a form I can coordinate against?" At minimum, a clean export should preserve: - source CRS and target CRS logic - metres or feet used consistently - separate layers for boundary, buildings, roads, contours, water, and context - closed and usable geometry where polygons matter - readable naming rather than anonymous default layers This is exactly why Atlasly's [17-step site intelligence pipeline](/product/site-intelligence-pipeline) matters commercially. The workflow only becomes real when the output survives into AutoCAD, Revit, and SketchUp instead of stopping at visual analysis. ## What should a clean AutoCAD or Revit import feel like? A good import feels boring. The file opens. The geometry lands in the right place. Contours are readable. Roads, buildings, and boundaries are separated. The architect can begin modelling or coordinating immediately. That "boring" result is the actual win. It means the research stage has become production input rather than pre-production theatre. ## How should architects package outputs differently for AutoCAD, Revit, and SketchUp? The core data can be the same, but the expectations differ. - **AutoCAD** users care most about reliable 2D geometry, layers, line cleanliness, and coordinate correctness. - **Revit** users care about what can be linked or positioned cleanly without breaking the project setup. - **SketchUp** users care about importing context quickly enough that massing can start without base-model cleanup becoming the whole task. That is why one export format is rarely enough. The broader workflow should connect this article to [3D site context models](/blog/3d-site-context-model-architecture), [site intelligence reports](/blog/shareable-site-intelligence-reports), and the full [pre-construction site analysis](/blog/pre-construction-site-analysis-complete-guide). ## From Practice On a live residential scheme in London, we tested two workflows side by side. One export from another tool gave us the right rough context, but the origin was wrong enough that the Revit team refused to trust it, and all surrounding buildings came through as one undifferentiated block of geometry. Atlasly's export arrived with the site boundary, roads, building footprints, and contour information separated cleanly enough that the architect and BIM coordinator could start from it the same afternoon. That was the moment the client understood the difference between "site analysis" as a presentation layer and site analysis as something the design team could actually use. ## Frequently Asked Questions **What causes CAD exports from site-analysis tools to fail?** Wrong coordinate setup, poor units handling, collapsed layers, and dirty geometry are the main causes. **Why does CRS matter so much?** Because even a visually correct site becomes unreliable if it lands in the wrong location or cannot be coordinated with the rest of the project model. **What should be on separate layers in a clean export?** At minimum: boundary, roads, buildings, contours, water features, and any other major context geometry the team will use differently. **Is a PDF report enough for a design team?** No. Reports are useful for decisions, but the design team still needs geometry that can move into CAD or BIM. **What is the real commercial value of a good export workflow?** It removes the hidden redraw stage between analysis and design, which is where many tools lose the time they claimed to save. ## Conclusion The best site-analysis export is the one nobody complains about because it simply works. If the file lands cleanly in AutoCAD, Revit, or SketchUp, the whole research stage becomes more valuable. If it does not, the architect ends up paying for the same information twice. That downstream reliability is one of Atlasly's strongest differentiators, and it is exactly where the platform should keep pressing its advantage. ## Related Reading - https://atlasly.app/blog/pre-construction-due-diligence-for-architects - https://atlasly.app/blog/pre-construction-site-analysis-complete-guide - https://atlasly.app/blog/site-feasibility-study-checklist --- Source: https://atlasly.app/blog/export-site-analysis-data-to-autocad-and-revit Platform: Atlasly — AI site intelligence for architects, engineers, and urban planners. https://atlasly.app